Summary Points
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Launch of Agentic Workflow Protocol: Halliday introduces its first Agentic Workflow Protocol, enabling AI agents to autonomously interact with blockchain applications without the need for traditional smart contracts, streamlining development efforts.
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Efficiency and Flexibility: The protocol addresses the inefficiencies of conventional smart contracts, allowing developers to define on-chain workflows with a high-level programming model, drastically reducing development cycles and operational overhead.
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Safety and Compliance: By implementing agentic workflows with immutable guardrails, Halliday ensures that AI systems can execute blockchain transactions securely and compliantly, adhering to predefined constraints.
- Future-Proof Development: Halliday’s protocol is designed to be adaptable to new protocols and virtual machines automatically, fostering faster, safer, and more scalable application development for the evolving blockchain landscape.
Halliday Launches First Agentic Workflow Protocol to Transform Smart Contract Development
[PRESS RELEASE – San Francisco, CA, February 20th, 2025] Halliday recently unveiled the first Agentic Workflow Protocol, a groundbreaking platform that aims to revolutionize smart contract development. This innovative system allows AI agents to interact safely with blockchain applications, eliminating the need for developers to write smart contracts from scratch.
Moreover, traditional smart contracts often pose several challenges. They can be slow, costly, and inflexible. Developers typically spend months on audits and updates to enhance features. In contrast, Halliday’s protocol streamlines these processes, enabling faster blockchain application development without the cumbersome need to create new smart contracts for each use case.
As the demand for blockchain technology grows, developers face increasing complexity within decentralized applications. They often invest years in intricate integrations instead of focusing on product innovation. Halliday’s solution alleviates these burdens by allowing developers to outline on-chain workflows using a more straightforward programming model. This shift significantly reduces development cycles and operational overhead.
The new Agentic Workflow Protocol introduces the concept of agentic workflows—automated tasks with strict guardrails. This system empowers AI agents to execute transactions on behalf of users while maintaining safety and compliance. Halliday incorporates a zero-trust model, ensuring that AI agents conduct blockchain transactions within predefined limits.
In addition, the unified programming model simplifies development by allowing programmers to use familiar high-level languages instead of complex low-level code. Pre-built integrations further enhance the system, requiring no custom infrastructure, as Halliday automates execution across various services and chains.
"In shifting the paradigm from smart contract development to agentic workflows, we are bringing blockchain into the agentic era," said Griffin Dunaif, CEO of Halliday. He emphasized that this transition allows businesses to integrate AI and blockchain technologies more efficiently, enabling developers to create applications in hours instead of years.
Designed to be forward-composable, Halliday’s protocol will automatically adapt to new protocols and virtual machines. This capability means that developers will not need to undertake expensive updates, enhancing speed, safety, and scalability.
Currently, Halliday’s protocol is in early access, with a rollout planned for Q2. Developers interested in exploring these new agentic workflows can join the early access program.
About Halliday: Halliday offers the first Agentic Workflow protocol empowering developers to delegate tasks to autonomous systems. With capabilities to build applications rapidly, Halliday Payments, built on this protocol, provides users with a seamless payments experience in the crypto realm. The company is backed by firms like a16z and #Hashed, and boasts a talented team hailing from top universities and leading tech firms such as Alphabet and Meta.
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