The Innovation Game (TIG) is a blockchain-based protocol and tokenized network that presents a market-driven approach to discovering, benchmarking, and rewarding algorithmic innovation. The project pairs an “optimisable” proof-of-work design with a crypto‑economic incentive system so that miners—framed as “benchmarkers”—compete to surface better‑performing algorithms on open scientific and engineering challenges, while innovators who contribute usable methods can share in rewards and potential licensing revenue. ^{[1] [2]}​

Overview

TIG’s core concept is to transform proof‑of‑work (PoW) into a continual competition over algorithmic “Challenges” that are hard to solve but easy to verify. Rather than fix a single PoW function, the protocol defines a set of asymmetric problems across domains such as combinatorial optimization, machine learning, and cryptography. Benchmarkers compete by running and submitting results from algorithms (“Methods”) against randomly drawn instances of these problems. A reward function is designed to incentivize broad, balanced performance across the full set of Challenges, not just specialized dominance on one task. ^[1]​

TIG documentation and promotional materials present a combined technical and economic architecture: an “Optimisable Proof‑of‑Work” (OPoW) mechanism for benchmarking, a governance process to curate and rotate Challenges, and a licensing framework intended to keep algorithms open by default while offering commercial licensing that pays fees in TIG tokens and shares proceeds with contributors. ^{[1] [3] [5]}

Technology Overview

Optimisable Proof-of-Work (OPoW)

The protocol utilizes a modified proof-of-work model that combines multiple algorithms, designed to reduce centralization risks while allowing performance improvements without destabilizing the network.

Benchmarkers & Inovators

Participants who act similarly to miners by selecting algorithms and solving computational challenges. Their rewards are determined by the number and quality of solutions produced. Contributors who develop or optimize algorithms used within the system. They receive rewards based on the level of adoption of their algorithms by Benchmarkers.

Deposits

Token-based commitments made by participants, either directly or through delegation, which contribute to network security and influence within the system.

Reward Mechanism

Incentives are distributed to Benchmarkers, Innovators, and Challenge Owners based on participation, performance, and algorithm adoption, using TIG tokens.

Blocks and Rounds

The protocol operates in time-based units, with blocks representing short intervals for computation and reward calculation, and rounds grouping blocks into longer cycles for updates, coordination, and emission scheduling. ^{[7] [5]}

Tokenomics

The $TIG token functions as the native utility asset within The Innovation Game ecosystem, supporting participation and incentive mechanisms. It is implemented as an ERC-20 token with 18 decimals and is deployed on the Base network. The total supply is capped at 131,040,000 TIG.

Token issuance follows a structured emission model divided into five tranches, each allocating an equal amount of 26,208,000 TIG. These tranches are distributed over progressively longer periods, with each phase lasting twice the duration of the previous one, measured in protocol-defined rounds. This emission structure is designed to regulate supply over time while aligning incentives with ongoing network activity. ^[8]

Token Utilities

• Incentives for Innovators: $TIG is distributed to contributors who develop new algorithms or improve existing ones, with rewards linked to the adoption and performance of their work.
• Incentives for Benchmarkers: Participants who evaluate and execute algorithms receive $TIG based on their benchmarking activity and contribution to identifying efficient solutions.
• Algorithm Economy Support: The token underpins a system based on Optimisable Proof-of-Work, which facilitates a market-like environment for algorithm development and evaluation.
• Licensing and Revenue Distribution: Algorithms within the ecosystem may be licensed, with associated payments routed through the protocol and allocated to contributors based on their involvement. ^[8]

Allocation

• Benchmarkers: 50%
• Innovators (Advances): 20%
• Innovators (Code): 10%
• Challenge Owners (Base): 10%
• Challenge Owners (Performance): 10% ^[8]

Governance

Token‑holder Governance

Governance in TIG is tied to curating the set of OPoW Challenges. The whitepaper describes a two‑stage process where an expert committee nominates candidates and token holders vote to add or retire Challenges; delegation is supported. Because all Challenges draw from a shared reward pool, the addition of new Challenges creates an economic dilution effect that token holders must weigh when voting. ^[1]​