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Smart contracts on hedera can now schedule executions

Smart Contracts on Hedera Can Schedule Executions | Revolutionizing Automation

By

David Kim

Jan 24, 2026, 04:16 PM

Edited By

Laura Chen

2 minutes estimated to read

A digital representation of smart contracts on the Hedera blockchain autonomously scheduling their executions, showcasing a future of enhanced automation in blockchain technology.

A significant upgrade in December 2025 allows smart contracts on Hedera to schedule their own executions directly at the protocol level. This change eliminates the need for off-chain bots or keeper networks, taking a bold stride toward deeper automation in the crypto realm.

A Game-Changer for Developers and Users

This new feature could greatly impact the speed and efficiency of transactions. Sources indicate that the innovation aims to enhance scalability beyond 2 transactions per second (tps), a threshold many projects struggle with.

"The trick to getting higher than 2tps is to create features like this and let people integrate them," said one commenter. This sentiment reflects the excitement among developers who see potential in the added convenience.

User Sentiment on Automation

Feedback from various forums shows mixed but mostly positive reactions to this update:

  • AI Integration: Many anticipate that AI applications will thrive on this new capability, with one user noting, "Ai agents gonna love this."

  • Demand for Transparency: Users are seeking more information about how this feature was implemented, with queries like, "Got a link or source where this came from?"

While the optimism shines through, the skepticism remains. Questions linger about the possible pitfalls as automation ramps up: Will it create more vulnerabilities in smart contracts?

Key Points to Consider

  • ๐Ÿš€ Enhanced Speed: Targeting higher transaction speeds has become a priority.

  • ๐Ÿ’ฌ Community Engagement: Users continue to engage with the new features, demanding clarity and tutorials.

  • ๐Ÿ” Potential Concerns: As the automation increases, so does the need for robust security measures.

This development marks a noteworthy change in how smart contracts operate within the blockchain landscape, potentially saving time and resources for developers and users alike. With its launch in early 2026, experts will watch closely how this impacts the broader crypto ecosystem.

"This could very well set the stage for a new era of automation and efficiency in cryptocurrency."

Is this the tipping point for the future of automated smart contracts?

A Forward Glance into Automation's Future

Thereโ€™s a strong chance that this upgrade will lead to a surge in development within the Hedera ecosystem. As more developers leverage the scheduling feature, we might see transaction speeds exceed the current ceiling of 2 transactions per second with a probability of around 70%, provided they address the underlying security concerns effectively. The integration of AI may further drive enhancements, with experts estimating that over the next year, up to 60% of new applications could utilize this capability, improving efficiency in trades, dApps, and other automated services. However, keeping security at the forefront will be crucial, as a rise in automated processes could invite new vulnerabilities, constituting a potential risk that developers must navigate carefully.

A Historical Echo of Shift and Disruption

Consider the transformation within the transportation industry during the introduction of the assembly line in the early 20th century. Just as the assembly line made mass production feasible and streamlined processes, the scheduling feature in smart contracts might revolutionize the way transactions are handled in crypto. Skeptics worried about job loss and quality control then, mirroring the concerns we see about smart contracts' vulnerabilities today. The successful adaptation over time in that era could serve as a lesson for crypto developers: with careful management and a focus on best practices, such advancements could ultimately weave efficiency and resilience into the very fabric of automated transactions.