My last article discussed quantum computing in great detail.
I revisited that article and what I realized is that what I should've started with is a welcome letter. A welcome letter that invites all of us as builders to start thinking about the problems quantum computing can solve. Despite the fact that this is a relatively new technology, it is becoming commercially available fast (though I'd be doing you a disservice if I withheld the fact that we've had quantum computers since the late 1990s).
So let's start over.
Dear Builders,
Many of you have provisioned more infrastructure than you can probably remember. Everything from S3 buckets, to Lambda functions, and SageMaker endpoints. There is, however, a service in your console, right now, that can connect to a machine cooled to temperatures near absolute zero, or to a cloud of atoms held in place by lasers. It uses the same IAM roles, same S3 buckets, same bill, and it's managed entirely by AWS.
I'm talking about Amazon Braket.
This is your on-ramp to quantum computing. Welcome.
The reality is that, in many ways, we're early. Today, these machines are noisy, comprised of a few hundred qubits at most, and nowhere near replacing the classical compute behind your current architecture. For nearly everything you run, a quantum computer would be slower and pricier, and knowing that is the correct engineering call. But newer chips have shown that real error correction is finally possible.
So why care now? Two simple reasons:
First, the inevitable capabilities that quantum computing unlocks. A large enough quantum computer can break the encryption behind most of the internet. Adversaries can harvest data now, and decrypt later, recording your traffic today to crack it tomorrow. Frankly, anything that must stay secret for a decade is already exposed. The National Institute of Standards and Technology (NIST) finalized post-quantum standards in 2024, and AWS already ships them: KMS, ACM, and Secrets Manager support hybrid post-quantum key exchange today. What this means for us as builders is that we can start to inventory long-lived secrets and make sure TLS clients negotiate ML-KEM (Module‑Lattice‑Based Key‑Encapsulation Mechanism).
And second, the competitive moat is starting to form. Every big technology has an awkward phase where it works in a lab but not yet in production. The engineers who build fluency during that phase are early, and early compounds over time. There are maybe 30,000 people on Earth who can work in quantum today, against a projected 250,000 roles by 2030. The scarce skill isn't a PhD in Physics but rather the hybrid practitioner who can put together a quantum routine in a cloud environment. Someone who can bridge the gap between superpositio and IAM policies. Someone like you.
Starting has never been cheaper. Braket is a managed service that leverages multiple types of machines: trapped-ion, superconducting, and neutral-atom hardware all from several vendors, behind one SDK and one bill. You debug on free local simulators, then graduate to real hardware for a few dollars a run. The architecture is hybrid composed of a classical optimizer looping with a quantum backend, orchestrated by Braket Hybrid Jobs, and results landing in your S3 bucket.
I encourage you to check it out. Open Braket, launch a notebook, and run a Bell state on the free simulator.
Welcome to the era of AI and Quantum Computing.
Sincerely,
A fellow builder.
