Honeywell: The Quantum Computing Thermostat Company
March 5, 2020
Yeah, that’s a bit of rural Kentucky humor. Honeywell is in four businesses and a fifth apparently has been added: Quantum computing. If you think Honeywell and recall the user friendly thermostat in your home, you are not thinking about the future, government contracts, breaking computing barriers, and putting technology pretenders like IBM, Google, and dozens of other companies in their place.
The Honeywell he CommercialPRO 7000 Programmable Thermostat is fantastic, according to Honeywell. For an entertaining experience, ask a friend to set the temperature for 4 pm today. This is a TikTok viral video DarkCyber believes.
To refresh your memory, DarkCyber wants to point out that Honeywell was once based in Wabash, Indiana. The firm generates about $40 billion a year from:
- Aerospace
- Building technologies
- Materials
- Safety productivity systems.
Now Honeywell is in the quantum computing business, according to the Wall Street Journal, March 4, 2020, edition. You may be able to locate the story behind a paywall at this link.
Honeywell has enjoyed a number of government contracts, and the firm is one of the leaders in smart controls and weapons management technology. In 1955, Honeywell teamed with Raytheon in order to compete with IBM. By the mid 1960s, Honeywell was one of the Snow White and the Seven Dwarfs of Computing. (Unfamiliar with this bit of digital history, Bing or Google may turn up some relevant hits, but I would recommend microfilm of the Minneapolis newspapers from this era. Don’t let your Bermuda shorts get in a bunch as you explore the innovations of Burroughs, Control Data Corp., GE, NCR, RCA, and my personal fave Univac.
Honeywell does a significant amount of computing and software/systems development. The firms owns a number of high technology business; for example, a radiation detection firm and has a stake in Zapata Computing.
Zapata says here:
We are the deepest bench of quantum scientists in the industry. Our founders helped create the field of near-term quantum algorithms including the invention of VQE, the progenitor of variational quantum algorithms.
The company’s approach relies on quantum charge coupled device (QCCD) architecture. The approach uses a technology called “trapped ions.” The idea is that useful work can be done due to leveraging mid circuit measurement. The idea is to insert a dynamic “if” based on the state of the calculation at a point in time. IonQ and Alpine Quantum Technologies also use the method. For some details, do a patent search for “trapped ion”. The background of US5793091A (assigned to IBM) provides some helpful information.
What business opportunities does Honeywell envision for its quantum computer? Here’s a selection gleaned from the PR blitz Honeywell launched a short time ago:
- Landing more customers like JPMorgan, Chase, and Company
- Speeding up financial calculations
- Creating new trading strategies (high speed trading?)
- Materials science applications (heat shields, stealth coatings?)
- Run Monte Carlo simulations (nuclear fuel analyses, risk and fraud analyses?)
The Honeywell quantum computer will be bigger than IBM’s quantum computer.
Interesting business play because Honeywell has a deal with Microsoft to plug the Honeywell technology into the Azure cloud.
The coverage of Honeywell’s announcement reveals the hyperbole associated with quantum computing. DarkCyber interprets the assertions as the equivalent of an athlete’s pre-season exercise routine. Progress may be made, but the effort can only be judged when the “star” is on the field and in the game.
Until then, the buzzword sells expectations, not a solution to a here-and-now problem. One has to admire Honeywell’s PR generating capability.
Stephen E Arnold, March 5, 2020
Comments
-
- Subscribe to Beyond Search
Feature archive
News archive
-
