OTAwallet Glossary
- OTA (Over-The-Air):Over-The-Air means you can send messages, tokens, or commands using radios or local networks—without needing the internet. OTA powers the secure offline communication network.
- WOTA (Wrapped OTA):WOTA is a version of OTA that works on regular blockchains like Ethereum or Polygon. It lets people trade OTA in DeFi apps and wallets like MetaMask or Edge.
- Proof of Relay (PoR):A system where devices prove they forwarded data (like messages or files). These actions are logged and rewarded.
- Hardware-Based Authentication: (HBD)Security that verifies if a device is trusted by checking its MAC address or unique hardware ID. Prevents spoofing.
- Proof of Translation: (PoT)Devices that translate languages (like speech or text) on the OTA network can earn tokens for accurate work.
- WOTA Staking :Users can lock WOTA to help run the network and earn rewards. Similar to savings with benefits.
- MAC-Authenticated Mesh :A smart network where devices talk to each other using their MAC address, instead of IP. This is safer and works offline.
- Validator Node :A special device (like a Pi, router, or SDR) that helps verify actions on the network and reward others.
- SafeSignal Defender:A firewall tool that blocks suspicious traffic and monitors data for threats, especially from known surveillance countries.
- Cross-Language Rewards: You can earn tokens by translating between languages or helping others understand messages on the OTA network.
- Offline-Capable:OTA works even when there’s no internet by using radio, LoRa, Bluetooth, or Wi-Fi Direct.
- 3D Print / Printer Node: Printers that connect to the OTA network and can receive print jobs offline using G-code or STL files.
- IPFS & CID: CID = Content ID (a digital fingerprint). IPFS = a file system where content is stored and identified using a CID.
- OTA Robotics / DroneNet / Audio Encryption / Digital TV APIs :These are tools for drones, smart locks, encrypted messages, and even offline video. All powered by OTA.
- KYC: Over Radio Even without internet, you can use OTA nodes to verify ID or connect to financial services securely.
- IBC: (Inter-Blockchain Communication):A protocol that lets two different blockchains talk to each other securely. OTR uses IBC to share information—like drone data or relay logs—with other networks like Cosmos or Ethereum.
- Interoperability: The ability for different systems, apps, or blockchains to work together. OTR is designed to connect with wallets, routers, printers, and blockchains—even without internet.
- Cross-Chain Handoff: When one blockchain or device (like a drone) hands control to another network or app. With OTR and IBC, this can happen securely using logs (CIDs) and wallet-based permissions.
- IBC Relay: The action of taking a message from one blockchain and delivering it to another. Validator nodes in OTR handle this automatically when enabled.
- OTR Validator (IBC-enabled): A node that can sync data from the OTR network and send it to another blockchain using IBC. It can transfer drone logs, wallet transactions, or even encrypted messages.
- IBC (Inter-Blockchain Communication):: A protocol that lets two different blockchains talk to each other securely. OTR uses IBC to share information—like drone data or relay logs—with other networks like Cosmos or Ethereum.
- Interoperability::The ability for different systems, apps, or blockchains to work together. OTR is designed to connect with wallets, routers, printers, and blockchains—even without internet.
- Cross-Chain Handoff::When one blockchain or device (like a drone) hands control to another network or app. With OTR and IBC, this can happen securely using logs (CIDs) and wallet-based permissions.
- IBC Relay::The action of taking a message from one blockchain and delivering it to another. Validator nodes in OTR handle this automatically when enabled.
- OTR Validator (IBC-enabled)::A node that can sync data from the OTR network and send it to another blockchain using IBC. It can transfer drone logs, wallet transactions, or even encrypted messages.
- On-Chain AI::An AI system that runs directly on or interacts with a blockchain. It can help validate, rank, or analyze data in real time using smart contracts or validators with AI modules.
- AI Validator::A validator node that uses artificial intelligence to make decisions, flag risks, or verify submissions. In OTR, AI validators may help filter spam, validate translations, or enforce communication rules.
- AI-Augmented Relay : A message or file that passes through a node enhanced with AI features. The AI can detect issues, optimize routing, or tag content with metadata before forwarding.
alias.lock()
: Prevents the alias from being transferred to another wallet unless explicitly unlocked by the current owner. This is critical for secure ownership binding of node identity to a wallet+MAC address.- Signed QR + USB Handoff: An offline ownership transfer method where the previous owner generates a signed transfer token encoded in a QR code or USB file. The new wallet scans or imports it to assume ownership securely without needing internet.
Additional:
6G Relay: A next-gen relay layer supporting region overlays, queue/load awareness, and cross-band transmission (e.g., SDR, Wi-Fi Direct, LoRa).
Region: A logical area tag added to relay payloads to isolate or prioritize certain zones or clusters of nodes.
TTL (Time To Live): Time in seconds before a relay packet should expire. Used for pruning non-critical traffic.
MAC Routing: Addressing and sending data via hardware MAC address rather than IP, allowing for decentralized and offline operation.
Relay Proof: A signed hash of the relay action including MAC + wallet + timestamp, used for trust and WOTA payout calculation.
Queue Depth: A metric for how many relay jobs are pending in a node. Used to load-balance and avoid congestion.
Throughput: The current rate of successful relay processing by a node.
Fallback to SDR: If MAC routing fails, the client can fall back to SDR (Software Defined Radio) transmission as a last resort.
Signed Relay Batching: Method of grouping many relay actions into a single cryptographically signed payout request to reduce gas costs.
Overlay Isolation: Prevents cross-region relay congestion by keeping traffic contained within defined overlay regions.