Cybersecurity has quickly become one of the most significant structural problems facing the world economy. Global spending as a whole has risen to $145 billion annually and is expected to surpass $1 trillion between 2017 and 2021. Attacks and incidents are increasing, but this is merely the beginning of a brand-new issue.
bleak prospect for technological change
The security community will face more significant challenges as a result of the fundamental technological shifts that will determine how prosperous the future is, including ubiquitous connectivity, artificial intelligence, quantum computing, and next-generation identity and access management techniques.
At this point, it is unclear how much of an influence they will have on the global ecology, but they have the potential to create new, systemic hazards. This implies the urgent need for group effort, policy intervention, and enhanced responsibility for the executive branch and private sector. Without immediate action, it will be challenging to preserve the integrity and confidence in the developing technologies that the future of global growth depends on.
In the Future
The Future Series was started to provide a solution to the following single-issue: Will our individual and communal strategy to controlling cyber threats be viable in light of the significant technological advances that will soon emerge? It has generated a lot of solutions.
The claim that the world presently faces five key problems is one of them.
*gap in skills. Cybersecurity professionals and the general workforce are currently in short supply globally, and as new technologies are developed, the skills gap in providing cybersecurity will worsen.
*fragmented methods. At a time when there is a lack of effective global cyberspace governance, emerging technologies are causing an increase in the interdependence and entanglements between policy and technology.
*new strategies Due to the inadequacy of current operational-security capabilities and technology, new strategies will be needed for threat mitigation and individual and group incident response.
*Under-investment. The correct investment is not being placed into the support (knowledge, direction, research funding) and incentives (market forces, legislation) for creating emerging technologies safely because security is not being viewed as an intrinsic component of technological breakthroughs.
*unclear responsibility Shared dependency increases the number of players impacted by an ecosystem component's resilience, but it can also muddy up who is responsible for ensuring this resilience.
Five issues, 15 solutions
The report makes 15 recommendations for strategic interventions that can be implemented both individually and collectively. Without these recommendations, the world community runs the risk of developing an ecosystem that is vulnerable to the new threats it faces, and cybersecurity may even become a barrier to realizing the full potential of technology and cyberspace.
This shows that cybersecurity requires a new strategy above everything else. Assuring the integrity and resilience of the interrelated commercial and social processes that sit on top of an increasingly complex technological ecosystem should be the focus of government and business rather than just defending systems and networks.
Technology for good, bad, and outright evil
synthetic intelligence
There is already a first generation of offensive tools with AI
capabilities, and there is increasing evidence that attackers are using AI.
Voice-mimicking software has been utilized in significant thefts, and deep fakes have already been exploited to develop new malware routes.
omnipresent connections
Numerous organizations, including the cloud, ISPs, hardware, software, and the supply chain for equipment, are becoming more and more dependent on a small number of common services and a centralized underlying architecture.
Due to the high chance of assault and the potential for serious and systemic effects from a compromise, this is generating an attack surface of very valuable shared resources.
Quantum computation
A sufficiently strong and error-corrected quantum computer would be able to resolve some of the traditional mathematical issues that underlie current cryptographic techniques.
However, if used maliciously, it can undermine the cryptographic foundations of the global digital infrastructure, which is necessary for the operation of the digital economy.
online identity
The emergence of next-generation identification systems will lead to a growing reliance on them in crucial applications by society.
The high-value identity ecosystem is going to be intensively targeted as more skilled threat actors seize the chance to attack weaknesses in its constituent elements.
Eight things that prevent a paradigm change
Different approaches to cybersecurity will serve as a tactical impediment to international data movement and e-commerce.
The price of cybersecurity is rising.
However, determining the appropriate level and form of cybersecurity expenditure is challenging.
The risks posed by cyberthreats are frequently unclear.
Regulations are becoming more stringent and vary significantly between countries.
Existing methods for supply-chain cybersecurity assurance are ineffective, and the community is still unable to address the root of the issue.
There is no effective deterrent.
The updated cybersecurity strategy
To address the variety of intricate ecosystem-wide concerns identified in the research, action at the level of each individual firm is no longer adequate.
Instead:
To enhance their collective reaction, the security and technology sector has to prioritize a variety of initiatives.
This is crucial for efficient cybersecurity operations and managing cyber risk in commercial and important national facilities.
A set of policy initiatives that encourage the use of security solutions and that support better trust and openness across various elements of the ecosystem must be developed by industry and government leadership.
Clarifying liability concerns, easing tension in the present assurance and regulatory regimes, and fostering global data commerce and business are a few of these.
The international community must step in to guarantee that security concerns are handled in a way that allows everyone to benefit from new technologies.
It is important to pay close attention to the concerns of developing nations and the requirement for coordinated efforts to lower international cybercrime.
The big if... These technologies will change the way we live, but only if we can convince people and companies that they are safe. The potential advantages of the global digital ecosystem could not be achieved if these interventions are not carried out, leaving the world with a digital ecosystem that is not resilient to the rising systemic hazard and risk environment.