- Specialization
Roboticsand 1 more specialization valuesLess
- Computer Vision
- Business
- Robotics Systems
- Market
Environmental Servicesand 1 more market valuesLess
- Manufacturing
- Ecosystem
- Physical AI
- Customers
- Enterprises
More details
- Organization type
- Commercial Company
- Ecosystem
- Physical AI
- Business
- Robotics Systems
- Specialization
- Robotics, Computer Vision
- Market
- Environmental Services, Manufacturing
- Customers
- Enterprises
- Delivery models
- Hardware
- Revenue models
- Not classified
- Listing status
- Not classified
- Latest equity round
- Series A
- Reported funding amount
- Not classified
About
Revise Robotics builds AI-enabled robotic systems that automate inspection, testing, wiping, and refurbishment of used electronics, initially laptops. It targets electronics-refurbishment facilities and differentiates through robotics, computer vision, and AI designed to process hundreds of laptops per day while reducing human labor and electronic waste.
Market
Revise Robotics competes in the enterprise electronics-refurbishment, ITAD, e-waste-processing, and secondary-market resale sector. Its positioning is an AI- and robotics-first, end-to-end system that can assess and refurbish hundreds of laptops per day with minimal human intervention, including testing, data wiping, imaging, and marketplace listing. This differentiates it from broader device-lifecycle service providers such as Assurant, Likewize, SK tes, and Reconext, as well as point solutions such as Blancco's diagnostics and erasure software.
E-waste recycling facilities and IT asset management/disposition (ITAD) companies that process substantial volumes of used electronics and want to automate inspection, refurbishment, and resale operations. The initial use case is industrial operators handling hundreds of laptops per day.
At a Glance
Problem
Revise Robotics addresses the labor-intensive bottleneck in electronics refurbishment. E-waste recyclers and IT asset disposition companies must inspect, test, data-wipe, reprogram, photograph, package, and list large volumes of discarded devices before they can be resold. Revise says more than 30 million computers are discarded in the United States each year, while the tedious, time-consuming refurbishment process limits how many can re-enter circulation and leaves recoverable resale value unrealized.
The company’s beachhead, or killer use case, is automating laptop refurbishment inside e-waste recycling and ITAD facilities. These operators need to increase throughput and consistency without scaling headcount, particularly when processing mixed device inventories across manufacturers, models, and operating systems.
Product / Service
Revise’s first product is an AI-enabled robotic system that integrates with existing facilities and can assess and refurbish hundreds of laptops per day without human intervention. The system tests each laptop, securely wipes its hard drive, captures photographs, and posts the device to online marketplaces for resale, regardless of its model, manufacturer, or operating system.
The offering combines robotics, computer vision, and AI in a modular facility workflow intended to turn refurbishment from a manual service into an automated production process. Public materials establish an on-site facility integration, but do not specify whether the system is sold, leased, or delivered as a robotics-as-a-service model. Its intended benefits are higher processing capacity, lower manual effort, more consistent evaluation, faster resale, and greater reuse of electronics.
Market
Revise competes in circular electronics, e-waste processing, IT asset disposition, and professional service robotics. Its broader opportunity is the refurbishment and resale of consumer electronics, which Y Combinator describes as a $1 trillion category. Tracxn identifies Sastra Robotics, Adapta, and Zentrek as comparable competitors; Adapta is particularly adjacent because it develops robots for device testing, while Sastra focuses on automated testing and Zentrek on automated test equipment. Other possible alternatives include manual or broader electronics-service providers such as iFixit, Flex, and Reconext.
Revise was founded in 2024, is an active Y Combinator Winter 2025 company, and has raised approximately $4.12 million according to Tracxn. It reported completing an initial pilot and preparing for a second pilot, indicating early deployment traction rather than a purely pre-product company. The latest revenue evidence in the research is a third-party estimate of approximately $330,000 in 2025 ARR; because that figure is not company-disclosed, the safest characterization is an early-stage, pilot-led business with some reported commercial activity but limited publicly verified customer or revenue detail.
Founders & Leadership
Funding History
Y Combinator
Recent News
Revise Robotics’ official site describes its focus as accelerating electronics refurbishment and resale through robotics and AI. The page also lists partnership and investment inquiries and identifies the company as Y Combinator-backed.
Shyft AI’s profile describes Revise Robotics as using industrial automation and AI to refurbish consumer electronics at scale, including phones, laptops, and gaming consoles.
An F6S robotics-company listing includes Revise Robotics among New York City startups and reports that it had raised $500,000, with Y Combinator among the listed backing sources.
Climatebase describes Revise Robotics as a YC W25 company building AI-powered robots to automate circularity in electronics, beginning with laptop refurbishment.
Active Roles
2Business Model
The best-supported model is B2B sales or deployment of AI-enabled robotic systems integrated into electronics-refurbishment facilities, with revenue likely coming from system sales or deployment contracts. Public evidence does not disclose specific pricing or a confirmed recurring software-revenue stream.