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S13 Bonus: Why Local On-Device AI Compute is the Future of Privacy with Behnam Bastani, Co-Founder & CEO of OpenInfer
•27:56

S13 Bonus: Why Local On-Device AI Compute is the Future of Privacy with Behnam Bastani, Co-Founder & CEO of OpenInfer

S13 Bonus: Why Local On-Device AI Compute is the Future of Privacy with Behnam Bastani, Co-Founder & CEO of OpenInfer
Code Story | Startup Podcast for Technical Founders
0:00 27:56

In this episode

Behnam Bastani is originally from Tehran, Iran. He left the country at the age of 17, setting out for Canada, where he got his Masters and PhD, before moving to California. He's always looked at things with the big picture in mind - whether that is artwork, wood work, engineering, etc. He's worked for Hewlett Packard, Meta and Roblox, before starting his current venture. Outside of tech, he loves to exercise and participate in water activities. For peace of mind, he gardens - experimenting with growing trees, replanting, and seeding. 

Previously, Behnam went to Meta to pursue the future of wearables. He immediately realized that these wearables required a connected system. He started to ask the question, "why can't we use compute around use to fuel wearables?". Eventually, through stints at Meta and Roblox, he and his co-founder knew they wanted this type of system... and started with the infrastructure to enable it. 

This is the creation story of OpenInfer. 

Links

https://openinfer.io/

https://www.linkedin.com/in/bbastani/



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Key Takeaways

  • Leveraging Nearby Idle Compute: Wearable devices and smart hardware suffer from severe battery and processing constraints, but surrounding consumer hardware (like PCs, tablets, and edge devices) contains massive, underutilized compute power that can run AI locally.
  • Local AI Enforcement Guarantees True Privacy: Moving AI workloads from cloud datacenters onto local device networks prevents sensitive personal data, audio streams, and biometric feeds from leaving the user's immediate environment.
  • Decoupling Wearable Innovation from Centralized Cloud Latency: Relying on centralized cloud infrastructure creates latency bottlenecks for real-time wearables; distributed, on-device compute orchestration delivers low-latency processing at the edge.
  • Transitioning from Big Tech to Startup Agility: Bastani’s career across HP, Meta, and Roblox highlighted that large tech organizations often struggle to move fast enough on foundational infrastructure shifts, driving the decision to build an open, specialized edge compute network independently.
  • Building the Orchestration Harness for Edge Compute: The primary technical challenge for local AI is not just running model inference, but orchestrating resource discovery, device mesh networking, and dynamic workload distribution across heterogeneous hardware.

Frequently Asked Questions

What is OpenInfer, and what problem does it solve?

OpenInfer is an edge AI compute platform that orchestrates local processing across nearby connected devices. It allows resource-constrained hardware (like AI wearables) to offload heavy AI inference to surrounding devices without sending data to the cloud.

What inspired Behnam Bastani to launch OpenInfer?

While at Meta working on the future of wearables, Bastani realized that lightweight consumer devices could not support heavy AI models on their own. He asked why wearable technology couldn't tap into the idle computing power already surrounding users in their daily lives.

How does local on-device compute protect user privacy compared to cloud LLMs?

Traditional cloud LLMs require streaming user audio, text, or video feeds to centralized vendor servers. On-device and local mesh inference keeps data processing within the user's local network, eliminating third-party data collection and cloud privacy risks.

What technical background does Behnam Bastani bring to OpenInfer?

Originally from Tehran, Iran, Bastani earned his Master's and PhD in Canada before moving to California. He has led high-impact engineering and systems initiatives at major tech companies including Hewlett Packard, Meta, and Roblox.

How does OpenInfer handle heterogeneous hardware across different local devices?

OpenInfer acts as an infrastructure orchestration layer. It discovers nearby available compute, evaluates device memory and processing capabilities, and dynamically shards or routes AI model inference across available local nodes.

What non-technical hobbies keep Bastani grounded while building tech startups?

Outside of software and engineering, Bastani manages stress through physical exercise, water sports, and gardening—experimenting with growing, replanting, and seeding trees.