For quite a long time, businesses have struggled to secure their supply chains, pursuing methods to reduce the risks in an increasingly interconnected world. In the wake of the SolarWinds hack, a lead intelligence official mentioned that the vulnerable software will just present critical infrastructure that will only grow and push for more scrutiny of such products.
In order to prevent COVID-19 from further spreading and deforming the financial texture, our world has been distinctly relying upon antibodies that, to everyone’s relief, are finally nearing completion and getting prepared for general use. The evident celebration about the news of vaccines after grieving in isolation, lockdowns, social distancing, and work from home comes as no surprise.
This bliss can be short-lived with a lot of cyberattackers tracing the vaccine’s movement & are already leaving no stone unturned to disrupt the supply chains and reap benefits from organizations taking care of the COVID-19 vaccine supply chains.
As per CyberSecurity experts, hackers have started targeting organizations associated with the storage and transportation of COVID-19 vaccines using temperature-controlled environments.
CyberAttacks on the vaccine’s supply chain can turn costly and perilous
Hackers keenly are in need to accumulate data with respect to the distribution network of COVID-19 vaccines and the technology involved in keeping them refrigerated in transit. To achieve their goals, they focus on employees working in the supply chain industry to achieve the weakest link, using phishing and spear-phishing tactics.
Even a single click can cripple all the plans to immunize the masses. Considering all these, if members of the vaccine’s supply chain management do not consider a Zero Trust approach intact to their cybersecurity strategy, a simple activity by an employee on the hackers’ email can intensely cost everyone in the ecosystem, above all the virus-affected people.
How Zero Trust can assist in the safe delivery of the vaccine to people in need
In this era of cloud network and digitalization, where traditional methods and irrelevant perimeters no longer can safeguard against the sophistication of today’s threats, implementing Zero Trust Network Access can provide a necessary and strong base to forestall threats from hackers. Zero Trust centers around diminishing the attack surface and impact using different innovative approaches such as privilege management, identity validation, and endpoint isolation.
Zero Trust was first introduced by Forrester analyst John Kindervag in 2010, the approach secures against all attacks; since it follows “Never Trust, Always Verify” approach, it treats every interaction with the endpoint or server as a threat (be an internal or external source of access request)
With Zero Trust implemented directly into the security stack, the web activity and internet browser will be secure to the point that no user will be able to harm the network. Thereby ensuring no unauthorized access is ever granted to the endpoint or network.
Remote Browser Isolation (built using Zero Trust Security Model) has of late arisen as one of the powerful options for organizations to isolate threats before they hit an employee’s web browser.
With context to vaccine’s safety in transit, Remote Browser Isolation can be a distinct advantage as it can handle 90% of successful endpoint compromises that involve the browser, including ransomware, spear phishing, malvertising, and credential theft.
It stops the threat at the door by neutralizing the critical categories of web, email, and document-based threats by filtering all incoming code and isolating it on a remote virtual browser by streaming only pixels back to your screen that ain’t harmful. Browser isolation fetches, executes, and renders all content remotely.