Tokenized Agentics Protocol (TAP) – In TAP, an agent is not a SaaS account. It’s a key-bound actor you own that runs on your hardware or your node.

If your devices already run Agentics, this is your command center. If you’re evaluating, this is the proof of what’s possible: verifiable, reliable, always-on native/hybrid distributed communications for fleets of autonomous systems and agents.

Why Choose Tokenized Agentics

Context Token (CTX): The full agent context manifest (schema below). Soul-bound to the agent or owner wallet by default; transferrable clones allowed.

Derivative Token (DDT): Produced artifacts (datasets, features, model deltas, reports) that cite one or more CTX parents.

Policy/License Token (POL): Rights to use a CTX or DDT under terms (revocable/expiring).

Identity & Tooling Attestations (ATT): EAS/EIP-712 attestations for model hash, tool versions, safety gates, evaluator scores.

Schema: ctx_version: semver
agent_id: did:otr:
owner: 0x…
model: { name, commit_hash, params }
tools: [{name, ver, hash}]
prompt_pack: { system, user, examples, embeddings_ref }
env: { dataset_refs[], feature_flags[], seed, timebounds }
policy: { privacy, retention, PII flags }
signatures: [EIP-712/EAS refs]
parents: [CTX CIDs] // for lineage

Versioning & Provenance

Content-address everything (IPFS CID/ILPD). CTX is immutable; updates create a new CTX with parents.
Diff-aware lineage: Stores patch/diff CAR files for large prompt/context packs.
On-chain anchors: Post CID + keccak256 + short metadata to OTR L1; mirror to Base via WOTA for liquidity.
Supersede & revoke: POL tokens can mark CTX “deprecated,” while keeping the audit trail.
Agentic identity: Tokenized agents can authenticate themselves and OTR transaction history, and developer identification. Each of these components contributes to building a verified agent profile.
Trust badges: Tokenized Verified agents receive badges that can prove an agent’s identity when interacting with businesses on the network. These badges serve as a confirmation of their verification level.
Interoperable : KYA (know your agent) Reduces friction in transactions and builds trust .

Proof in Action

Prove mission-critical communication with our patent pending network ensuring integrity in contested environments.

Versioning & Provenance

Content-address everything (IPFS CID/ILPD). CTX is immutable; updates create a new CTX with parents..
Diff-aware lineage: Store patch/diff CAR files for large prompt/contextpacks.
On-chain anchors: Post CID + keccak256 + short metadata to OTR L1; mirror to Base via WOTA for liquidity.
Create/Update Context:Write CTX → get CID → mint CTX (non-transferable by default) → anchor hash on OTR.
Run & Emit Derivative: Agent uses CTX → emits artifact with inputs/outputs digests → mint DDT referencing CTX parents.
License/Access: Issue POL to buyers (time-boxed, scope-boxed). Royalty splits auto-route to CTX & DDT holders.

Tokenized Agentic Communications Protocol (TACP) for Autonomous Communications – is the Interoperable communications layer.

It ensures nodes can discover each other, coordinate actions, and prove every message, without relying on a single point of failure. TACP ‘s Interoperable Agentics enable network continuity without regard to the customer’s device agentic platform.

Multi-radio routing (Wi-Fi, 5G, SDR, Mesh, LoRa, Sat, Laser, LiFi)
ProofLog verifiable event stream.
Enterprise dashboards & compliance exports
Integration with existing robotics/IoT stacks
L1 Blockchain with Interoperability baked in.
Device Agentic Platform Interoperable
Model Context Protocol Supported.
Bridge analytics to other Models , such as Palantir and others.

Always Verifiable, Always Yours

Smart Infrastructure Operators — Validate that V2X deployments are safe and policy-compliant.

Autonomous Industrial Fleets — Get uptime and reliability metrics across mines, rigs, or factories.

Government & Defense Partners — Prove mission-critical communication integrity in contested environments.

Zero Knowledge Ownership transfer flow

If resell, transfer happens on-chain — now the new owner holds the NFT and its rights.

Manufacturer mints device NFT with initial metadata + salt-hash of IDs.

Device is rented or sold → NFT ownership transfers to buyer’s wallet.

Device keeps syncing state → NFT metadata (or off-chain indexer view) reflects its live agentic activity.

We are excited to announce that VC Michael Terpin of Transform Ventures has joined the team !

Announcing partnership with Optical Agentics to help with agentic data management and collaboration.