2 research outputs found
Secure Software Development: Issues and Challenges
In recent years, technology has advanced considerably with the introduction
of many systems including advanced robotics, big data analytics, cloud
computing, machine learning and many more. The opportunities to exploit the yet
to come security that comes with these systems are going toe to toe with new
releases of security protocols to combat this exploitation to provide a secure
system. The digitization of our lives proves to solve our human problems as
well as improve quality of life but because it is digitalized, information and
technology could be misused for other malicious gains. Hackers aim to steal the
data of innocent people to use it for other causes such as identity fraud,
scams and many more. This issue can be corrected during the software
development life cycle, integrating security across the development phases, and
testing of the software is done early to reduce the number of vulnerabilities
that might or might not heavily impact an organisation depending on the range
of the attack. The goal of a secured system software is to prevent such
exploitations from ever happening by conducting a system life cycle where
through planning and testing is done to maximise security while maintaining
functionality of the system. In this paper, we are going to discuss the recent
trends in security for system development as well as our predictions and
suggestions to improve the current security practices in this industry.Comment: 20 Pages, 4 Figure
The complete mitochondrial genome of blue pansy, Junonia orithya (Lepidoptera: Nymphalidae: Nymphalinae) from Pakistan
Junonia orithya’s complete mitochondrial genome (mitogenome) is determined to be 14,214 bp in length, including 37 typical mitochondrial genes and an AT-rich region. Its gene order and orientation are identical to those of other butterfly species. All PCGs are initiated by typical ATN codons, except for cox1 gene which is started by CGA codon. Nine genes use complete termination codon (TAA), whereas the COX1, COX2, NADH1 and NAH4 genes end with single T. Except for trnS1(AGN), all tRNA genes display typical secondary cloverleaf structures as those of other insects. The 331 bp long AT-rich region contains several features common to the other lepidopterans, such as the ATAGA motif followed by a 18 bp poly-T stretch, two microsatellite-like (TA) 9 elements, a 5 bp poly-A stretch immediately upstream of trNAM gene from Pakistan