The short answer
Aeredium is universal settlement infrastructure: the layer that connects blockchains, banks, stablecoins, real-world assets, and institutional capital in a single attested environment. Not another general-purpose L1. Not a bridge. Not a scaling solution bolted onto Ethereum. Something structurally different: a purpose-built trust layer for the kind of financial infrastructure that actually handles institutional-scale value.
The architecture combines three things that are rarely found together. First, multi-cloud TEE validation: every transaction executes inside hardware-secured enclaves on AWS, Azure, and GCP simultaneously. No human validator can interfere or front-run. Second, protocol-level AES-256-GCM encryption across a five-layer privacy architecture, providing verifiable confidentiality without trusted setup. Third, intended 10-chain interoperability without bridges or wrapped tokens, using Kima Network's TSS-based settlement layer as it is migrated into the Aeredium execution environment.
The current public product model is more specific. AER360 is the security-platform umbrella for four pillars: AERKey, the custodial AERKey Wallet, the policy engine, and the Agent Control Center. AERSeal is an application in that family for placing smart-contract administrative authority under AERKey-backed custody. These public product surfaces are stronger evidence of productization than an AMA description, but they do not establish named institutional customers or production adoption.
AERX is the fuel for metered on-chain activity: fixed at 1 billion tokens with zero inflation. The chain is processing transactions on testnet. Mainnet remains the next production milestone; exchange listing is now an end-September 2026 team target, not a confirmed venue or date.
How this guide is sourced
Everything in this guide is drawn from primary sources first. Architecture claims trace to white paper v3.7 (May 2026). Tokenomics are documented in tokenomics v3.9 (April 2026). AMA statements are attributed separately. Blog posts and press releases from the official Aeredium blog are cited inline. Third-party coverage is labeled as coverage, not primary proof. Where a claim needs independent verification before it can be treated as confirmed, this guide says so. See the editorial policy for the full labeling system.
Aeredium at a glance
What's confirmed, what's architecture, what's upcoming
Everything in this guide is labeled by source. Here is the top-level summary. The full claim register is in the source library.
The trust layer positioning
The official Aeredium site and white paper v3.7 describe the project as infrastructure for stablecoins, RWA, institutional trading, cross-chain settlement, Bitcoin scaling, and DeFi. Consistent across every official source.
RWA payment-infrastructure sandbox coverage
On July 7, CCN reported AEREDIUM's participation with Lava Foundation and Bretagne Holding Limited in the Lava Tokenization Sandbox. In the July 9 AMA, Eitan described the wider Caribbean real-estate initiative at $5.4B, while explicitly saying only an unspecified portion may be tokenized. The sandbox is just starting and has no published timeline. The figure is not Aeredium TVL, revenue, or committed transaction volume.
AERX tokenomics: 1B hard cap, 0% inflation, 100M TGE float
Tokenomics v3.9 is explicit: 1,000,000,000 AERX maximum and floor supply, 0% inflation, no additional issuance, 100,000,000 AERX at TGE (10.00%). These numbers are fixed by design.
Testnet is live and publicly verifiable
Blocks, transactions, and addresses are visible right now at explorer.aeredium.io via Blockscout. This is a real chain processing real data, not a staging environment or a demo.
Multi-cloud TEE validation, AES-256-GCM privacy, 250,000 TPS described testnet
White paper v3.7 describes TEE-BFT consensus inside AWS/Azure/GCP enclaves, AES-256-GCM encryption, and parallel EVM execution. The official site states 250,000 TPS end to end. The July 30 AMA says the network reached above 50 blocks/sec but was tuned toward about 40 because explorers could not keep up; roughly 30ms blocks, first-in next-block ordering, no gas-priority auction, and flat one-cent mainnet gas remain project-reported until independently measured.
Kima Network merger architecture and migration status
White paper v3.7 describes a full Kima-Aeredium merger. The June 25 AMA called AERLink migration/R&D work; the current official homepage now calls AERLink "shipping" and labels a bank-rail flow "live." The July 9 AMA said Kima functionality is being brought onto Aeredium but did not resolve what is deployed. Treat operational status as disputed until public integration evidence appears.
First consensus block: April 16, 2026
The three-node TEE-BFT network committed its first block on April 16, 2026, following resolution of nine engineering problems across three codebases. The subsequent public benchmark recorded 1,436,820 TPS ingestion with a 0% failure rate across a three-region, intercontinental deployment. No simulation, production hardware, real TEE attestation. Average block size: 333,333 transactions.
$5M institutional investment, April 7, 2026
AEREDIUM Holdings Inc. completed a $5 million investment from Private Markets Capital, LLC, a Washington D.C.-based institutional firm. Structured as a SAFE (Simple Agreement for Future Equity). This is the first named institutional investor in any official Aeredium document, a materially stronger signal than self-funded operations.
AERX exchange listing
AERX is not yet listed. Tokenomics allocate 40M AERX to Public Liquidity. The July 23 AMA set an end-September 2026 exchange-listing target and mentioned possible OTC arrangements; the July 30 AMA adds unnamed stablecoin onboarding and liquidity discussions. No venue, OTC terms, DEX partner, or exchange-side announcement is confirmed. Subscribe for the listing alert ->
What Aeredium is building and why it matters
Aeredium is not trying to be a better Ethereum or a faster Solana. The official positioning is more specific: universal settlement infrastructure for use cases that need privacy, verifiable execution, cross-system connectivity, and compliance-aware access.
- Stablecoins: TEE-attested issuance and settlement with bank/payment-rail connectivity through AERLink as a design target; the June 25 AMA clarified that AERLink is still being reprogrammed into Aeredium rather than live production infrastructure.
- Real-world assets: The Lava sandbox is exploring tokenization plus payment/distribution flows for a Caribbean real-estate initiative described at $5.4B total value. Only an unspecified portion may be tokenized. The work is just starting, with no timeline or production settlement evidence.
- Institutional trading: "Prime brokerage without the broker": large-scale swaps between crypto, stablecoins, and fiat using TSS-secured liquidity pools, with direct bank settlement and reduced counterparty exposure as target capabilities still requiring production evidence.
- Cross-chain settlement: Native 10-chain interoperability via Kima Network's TSS technology as the intended execution-layer direction. No wrapped-token bridge model, but AERLink/Kima-derived bank-rail work should be treated as still in migration/R&D per the June 25 AMA.
- Bitcoin scaling: Settlement commitments anchored to Bitcoin, giving Aeredium's history Bitcoin-level finality without requiring changes to Bitcoin itself.
- DeFi: Full EVM compatibility with Block-STM parallel execution, 250,000 TPS described on the public testnet, MetaMask and Hardhat support. Drop-in compatibility for any EVM developer.
- Compliance and onboarding: AerKYC is Aeredium's KYC and KYB product for checking people and companies. AERSeal now shows a direct product dependency: account onboarding, organization verification, signatory checks, and recovery use AerKYC before authority can be placed in custody. The exact data-retention and country-coverage claims still need independent audit.
- Financial agents: Under AER360, the current user-facing control product is called the Agent Control Center. It provisions a child wallet and policy for each agent, offers twelve policy templates, and records a tamper-evident audit trail. Older sources use the name AER Police; Aeredium has not publicly explained whether that is the same component, an earlier name, or a separate layer.
- Smart-contract authority custody: AERSeal transfers a contract's administrative role to an AERKey-controlled address while the contract itself stays in place. Its public interface currently displays AEREDIUM and Ethereum and identifies Ownable, Circle FiatToken, AccessController, and Governed contract shapes. This is a concrete application surface, not evidence of named customer use.
Published benchmark: 1,436,820 TPS ingestion on a three-node, three-region network under test conditions. Current official positioning is 250,000 TPS end to end; the July 30 AMA says the network reached above 50 blocks/sec but was tuned toward about 40 because explorers could not keep up. Roughly 30ms blocks, no gas-priority auction, and flat one-cent mainnet gas remain project-reported. The Group Model architecture scales linearly: each additional group of three validators adds theoretical capacity. At 10 groups: ~14.3M TPS projected. There is no stated theoretical ceiling.
How Aeredium is structurally different from everything else
The easiest way to understand Aeredium is by contrast. Every familiar crypto category solves a subset of the problem. Aeredium's architecture is designed to be the substrate that all of them settle on.
General-purpose chains leave institutional use cases underserved
Most L1s optimize for open-ended app execution with token-staked validator consensus. Aeredium eliminates human validators entirely. Validation runs in hardware-secured cloud enclaves. Anti-MEV is not presented as a feature bolted on; Aeredium argues that encrypted TEE execution prevents validators from reading transaction contents before ordering, which is the basis of its front-running-resistance claim.
L2s solve Ethereum throughput, not cross-ecosystem settlement
L2s make Ethereum faster and cheaper but keep you inside the Ethereum ecosystem. Aeredium is fully EVM-compatible (every Ethereum tool works) and simultaneously settles natively across 10 confirmed chains. You get L2 developer ergonomics with L1-level cross-ecosystem reach.
Bridges introduce exactly the risk Aeredium eliminates
Bridge hacks are the single largest category of losses in crypto history, all caused by the lock-and-mint or wrapped-token model. Aeredium's target 10-chain interoperability uses Kima Network's TSS-based settlement inside the execution layer. The intended model uses native assets, no wrapped tokens, and no smart-contract bridge to exploit. See the technical breakdown: Aeredium vs LayerZero.
RWA platforms need infrastructure Aeredium provides at the base layer
Tokenized asset platforms need verifiable execution, compliance-preserving privacy, cross-chain distribution, and fiat settlement rails. Aeredium provides all of these: TEE attestation, AES-256-GCM protocol-level encryption, 10-chain distribution, and AERLink bank/API connectivity as a base-layer design target. Per the June 25 AMA, AERLink is still R&D/migration work rather than completed production infrastructure.
Single-provider TEE just shifts the trust assumption to one cloud company
Aeredium distributes validator enclaves across AWS (50%), Azure (30%), and GCP (20%) simultaneously. No single cloud provider controls the network. Each is constrained to 10–60% of validator capacity by protocol. The decentralization is architectural, not assumed.
For detailed side-by-side analysis with adjacent projects and institutional benchmarks: Aeredium vs Project Agora, Aeredium vs Chainlink, Aeredium vs LayerZero, and Aeredium vs Quant Network.
TEE validation and the Aeredium security model
Aeredium calls its decentralisation model "Verifiable Infrastructure," a third category alongside the two conventional approaches. Trustless systems (PoS/PoW chains) rely on economic incentives to keep anonymous validators honest. Trusted systems (centralised operators) rely on legal accountability. Verifiable infrastructure is different: correctness is mathematically provable through hardware attestation, regardless of who operates the nodes.
In practice this means an external auditor can verify any block's authenticity without trusting anyone in the chain of custody. The attestation chain runs from the chip manufacturer (Intel, AMD, ARM) to AEREDIUM's deployment registry to peer validator enforcement. Any enclave running modified code produces a different attestation hash and is automatically rejected by peer validators. No human detection required.
A Trusted Execution Environment (TEE) is a hardware-secured isolated compute environment inside a cloud instance (AWS Nitro Enclaves, Azure SEV-SNP, or GCP Confidential Space). Code running inside a TEE is isolated from the operating system, the hypervisor, and the cloud provider itself. The enclave generates cryptographic attestation proving that specific code ran in a specific unmodified environment. You do not need to trust the cloud provider or the validator operator. You can verify the attestation.
Aeredium runs its entire validator network inside TEEs. Every block is executed inside these enclaves across AWS, Azure, and GCP simultaneously, with each cloud provider constrained to a 10–60% share of validator capacity by protocol rule. The cloud allocation targets are AWS 50%, Azure 30%, GCP 20%. No single provider controls the network. Aeredium argues that because human validators cannot see transaction contents before execution, the architecture is designed to prevent MEV and front-running at the validator layer; that still needs mainnet evidence and audits.
Protocol-level encryption adds a second layer on top of TEE attestation. White paper v3.7 specifies AES-256-GCM encryption across a five-layer privacy architecture and plans Layers 1 and 4 for mainnet. The Privacy Mode is intended to cover transaction-level confidentiality for institutions that require compliance-grade data handling without sacrificing the verifiability that TEE attestation provides.
Threshold key management is handled by AERKey. Older white-paper and blog material describes a 2-of-3 threshold ECDSA model. The current AER360 page instead identifies CGGMP24 and three independent machines or fragments without publishing the signing threshold on that page. Both descriptions agree that no complete private key is assembled, but the current implementation parameters should be confirmed in updated technical documentation. The AERKey system is covered by USPTO patent application 63/977,868.
AWS Nitro + Azure SEV-SNP + GCP Confidential Space
Validator enclaves distributed across three cloud providers simultaneously. AWS 50%, Azure 30%, GCP 20% allocation targets, with each provider capped at 60% maximum. Decentralization at the infrastructure level.
2f+1 fault tolerance, updated block-cadence target
Byzantine fault-tolerant consensus where validators are TEE enclaves, not human operators. Transaction contents are invisible to validators before ordering. MEV is structurally impossible, not just discouraged.
AES-256-GCM, five-layer privacy architecture
Transaction-level confidentiality for institutions requiring compliance-grade data handling. Layers 1 and 4 are planned for mainnet, with delivery still needing public mainnet evidence. No trusted setup required in the described architecture: encryption keys are managed under AERKey threshold signing.
CGGMP24 across three machines; older sources say 2-of-3
No complete private key is assembled. The current AER360 page names CGGMP24 and three independent machines; older technical material specifies 2-of-3 threshold ECDSA. Updated documentation should reconcile the exact threshold parameters.
The AERX token: everything you need to know
AERX is the exclusive protocol fuel for metered Aeredium activity. Paid transactions, smart contract execution, and cross-chain settlement operations are metered in AERX gas. The July 30 AMA says testnet use and DApp Builder participation are still supported by faucet/free gas for now, while earlier AMA material says mainnet is designed around flat one-cent transaction gas and no priority-fee auction.
The supply design is unusually clean. White paper v3.7 sets AERX at exactly 1,000,000,000 tokens, both maximum and floor supply. Zero inflation, no additional issuance mechanism, no burn mechanism. The supply is permanently fixed. Only 100,000,000 AERX (10.00%) enters circulation at TGE, which means the immediate post-launch float is tightly controlled. The remaining 90% vests over time following the schedules in the AERX token guide.
Staking is described in tokenomics through a dedicated 100,000,000 AERX incentive pool offering 0–4% APY: a fixed 2% component emitted from the pool, and a variable component of up to 2% drawn from gas fees. The interface is not live yet, and the 90-day lock per deposit is worth understanding before staking. Full details, vesting tables, and the complete allocation breakdown are in the AERX token guide.
Two things AERX explicitly does not do: it does not give governance rights (no votes, no proposals, no on-chain governance for AERX holders; protocol governance is programmatic, not discretionary), and it does not pay passive yield to holders outside the staking program. The Foundation does not conduct buybacks, price support, or revenue sharing.
AERX is not yet listed. The July 23 AMA set an end-September 2026 listing target and mentioned possible OTC arrangements involving one or two future listing exchanges; the July 30 AMA adds unnamed stablecoin onboarding and liquidity discussions. Tokenomics allocate 40,000,000 AERX to Public Liquidity, but no venue, OTC terms, DEX partner, or exchange-side announcement is confirmed. Subscribe for the listing alert ->
The testnet is live. See for yourself
Aeredium is not vaporware. The public Blockscout explorer at explorer.aeredium.io shows real blocks, real transactions, and real addresses, live right now. The first TEE-BFT consensus block was committed on April 16, 2026, after resolving nine engineering problems across three codebases.
A public benchmark followed: 1,436,820 TPS ingestion across a three-node, three-region network with 2,000,000 transactions processed in 1.39 seconds and a 0% failure rate. The methodology statement is explicit: production hardware, real TEE attestation across intercontinental distances, no simulation. Full benchmark announcement →
The Group Model architecture means this scales linearly. Each additional group of three validators operates as an independent consensus unit. At 10 groups, the projected throughput is ~14.3 million TPS. There is no stated theoretical ceiling.
What testnet confirms: the chain runs, blocks are produced, and the explorer is functional. It does not confirm mainnet production load, token liquidity, paid gas demand, or exchange listings. Those milestones must be verified separately. Live testnet data is pulled on the homepage every 60 seconds. For the full breakdown, read the Aeredium testnet guide.
The current Aeredium product hierarchy
Aeredium is not a standalone chain, but its products should no longer be presented as one flat list. The current official pages establish an umbrella, its four pillars, an application built on them, and several adjacent products whose exact organizational relationship is not fully documented.
AER360 is the current security-platform umbrella. Its four named pillars are AERKey for distributed signing, AERKey Wallet for custodial seedless accounts, the policy engine for transaction controls, and the Agent Control Center for agent wallets, policies, approval workflows, and audit records.
AERSeal is an AERKey-backed application for smart-contract administrative-authority custody. It is part of the AER360 product family, not described as a fifth AER360 pillar. Its public service includes account, transfer, custody-management, verification, terms, and cookie routes. The product refuses partial custody: all supported administrative powers must move together.
AerKYC is visibly integrated into AERSeal for account-bound KYC/KYB, organization and signatory verification, and recovery. StablePro Wallet remains the separately documented non-custodial multi-chain consumer wallet with device-held keys. It should not be conflated with the custodial, seedless AERKey Wallet described inside AER360.
AERLink and Kima-derived interoperability cover intended bank, payment, and cross-chain connectivity. Older sources also describe AER Police; its relationship to the newer Agent Control Center terminology is an open documentation question rather than something this guide can resolve by inference.
For KIMA holders: the tokenomics allocate 42,000,000 AERX for conversion at 5:1 through StablePro Wallet. The July 30 AMA gave the cutoff as July 31, 2026 at midnight / August 1, 2026 00:00 GMT, with no general extension promised afterward. Full guide at Kima to Aeredium guide ->
What's still ahead: the remaining milestones
Aeredium is testnet-stage. The architecture is defined, the chain is running, the tokenomics are published. Here is what comes next and what to watch for:
- Mainnet launch: The July 30 AMA describes mainnet as coming in a very short time, but no formal mainnet release notice is public yet. The earlier topology remains stagenet to testnet to mainnet, with stagenet closing after mainnet except for unusual experiments.
- AERX exchange listing: The latest team target is around the end of September 2026 after token marketing begins on August 1. Possible OTC arrangements were mentioned, but no venue, terms, or exchange-side notice is confirmed. Subscribe for the listing alert ->
- KIMA-to-AERX conversion deadline: The July 30 AMA gave the cutoff as July 31, 2026 at midnight / August 1, 2026 00:00 GMT, and says no general extension is promised after that cutoff. Verify the live route immediately before acting and only use official links.
- StablePro Wallet access: Direct iOS and Android store listings were checked July 3, 2026 after the June 18 AMA said availability had expanded. Verify current official links and regional availability before downloading.
- AER360 availability: The architecture and product model are publicly documented, but the public page does not establish a general AERKey Wallet download, production usage metrics, or named customers for the four-pillar platform.
- AERSeal commercial evidence: The service is invitation-only and pricing is private. No named customers, custody totals, usage metrics, or independent AERSeal security audit are published on the pages reviewed.
- Product naming: Aeredium has not publicly mapped the current Agent Control Center to the older AER Police name, or fully reconciled the custodial AERKey Wallet with older StablePro privacy-layer descriptions.
- Third-party audits: The July 23 AMA says an independent audit is being produced by a firm transcribed as "Harborne". The spelling, scope, and public report still need verification.
- Developer ecosystem: The official developer page now publishes network parameters. The July 30 AMA adds DApp Builder competition details: 5,000 / 2,000 / 1,000 point rewards, free faucet/gas support for now, and Discord submission. Adoption evidence remains pending.
- Quantum and AI patent work: Older AMA material mentioned near-term quantum-resistance libraries; the July 30 AMA says the AI-assisted stablecoin reserve-monitoring patent was approved and the document/number received. Verify public records or filings before treating the patent status as independently confirmed.
Sources
White paper v3.7
May 2026. Architecture: TEE-BFT consensus, AES-256-GCM privacy mode, AERKey threshold management, AERLink bank connectivity, Kima integration, cloud allocation, 250,000 TPS described testnet.
AER360 platform page
Current four-pillar product hierarchy: AERKey, AERKey Wallet, policy engine, and Agent Control Center; CGGMP24 signing; agent child wallets; twelve policy templates; and tamper-evident audit records. Checked August 24, 2026.
AERSeal service and legal pages
Smart-contract authority transfer workflow, supported contract shapes, account/custody/verifier routes, invitation-only access, private pricing, AerKYC dependency, provider identity, and expiry terms. Checked August 24, 2026.
AerKYC product page
Official positioning, workflow, metrics, access routes, private-attestation claims, and target users checked July 22, 2026. Independent audit and adoption evidence remain pending.
1.4 Million TPS Benchmark
1,436,820 TPS, 2M transactions, 1.39 seconds, 0% failure rate, three geographic regions, no simulation. Group Model scaling architecture.
The Key That Nobody Holds
Albert Dadon AM: first block April 16, 2026, AERKey 2-of-3 threshold, geographic distribution, public attestation registry.
Decentralisation Through Cryptography and Mathematics
AEREDIUM Foundation: "Verifiable Infrastructure" definition, two-component validator architecture (Parent Compute Instance + TEE Component), attestation chain, control hierarchy.
$5M Investment from Private Markets Capital
Press release, April 7, 2026. PMC investment ($5M SAFE), testnet breakthrough, AI verification system for stablecoins.
CCN RWA payment infrastructure article
July 7, 2026. Reports AEREDIUM's announced participation with Lava Foundation and Bretagne Holding Limited in the Lava Tokenization Sandbox, with Alba Bay framed as a real-world reference environment for tokenized-asset infrastructure evaluation.
FAQ
What is Aeredium in one sentence?
Aeredium is a TEE-attested Layer 1 blockchain built as the trust layer for stablecoins, real-world assets, institutional settlement, and DeFi across 10 confirmed chains, with no human validators, no bridges, and AES-256-GCM protocol-level encryption.
What is AERX?
AERX is the sole gas and network-operations token for the Aeredium ecosystem. Hard-capped at 1 billion, 0% inflation, 100M circulating at TGE. It carries no governance rights or passive yield; it is pure utility fuel for the network.
Is Aeredium live?
Yes, on testnet. Live blocks, transactions, and addresses are visible at explorer.aeredium.io right now. Mainnet remains the next production milestone, and the July 30 AMA still leaves both mainnet and the end-September exchange-listing target unconfirmed by public release notices.
Why does Aeredium use multiple cloud providers for TEE?
Running TEE validator enclaves across AWS, Azure, and GCP simultaneously means no single provider can control or compromise the network. Each is capped at 60% maximum by protocol. This is decentralization at the infrastructure level, not just the token-holder level.
How is Kima Network related to Aeredium?
Kima is being migrated into Aeredium as the cross-chain settlement and interoperability layer, not treated as a loose outside partnership. AMA and white-paper material describe Kima's TSS moving toward CGGMP24 inside Nitro Enclaves, while later AMAs still leave full deployment status unresolved. Eitan Katz, Kima's CEO, serves as Aeredium's Chief Strategy Officer.
What are AER360 and AERSeal?
AER360 is the umbrella for AERKey, AERKey Wallet, the policy engine, and the Agent Control Center. AERSeal is an application in that family for moving all supported smart-contract administrative powers into AERKey-backed custody. Their public pages demonstrate a concrete product model; they do not disclose named customers or prove institutional adoption.
Is CryptoWisdomHub official?
No. CryptoWisdomHub is an independent research and information site. It is not affiliated with, endorsed by, or operated by the Aeredium project. Always verify actions and links through official Aeredium, Kima, and StablePro channels.
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